Titlebook: Avian Energetics and Nutritional Ecology; Cynthia Carey Book 1996 Chapman & Hall 1996 adaptation.development.ecology.evolution.nutrition.r

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Obituary

Andrey Ronzhin,Tien Ngo,Quyen Vu,Vinh Nguyen1942; Lack 1947; Williams 1966; Faaborg 1977; Brown 1981; Yodzis 1984, 1993; Stephens and Krebs 1986; Maurer 1990; Afton et al. 1991; Nilsson 1991; Roff 1992; Tiebout 1993; Wright et al. 1993; Higashi et al. 1993; Chap. 8). Much of this theory has been founded on operational assumptions of optimizat

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Book 1996n the then emerging field of avian energetics. The symposium featured papers by James R. King, William A. Calder III, Vance A. Tucker, and Robert E. Ricklefs and com­ mentaries by George A. Bartholomew, S. Charles Kendeigh, and Eugene P. Odum. The proceedings of the symposium, Avian Energetics (Payn

周兴旺

Keshan-disease

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Energetics of Postnatal Growth,partitioned between the potentially competing requirements for growth, maintenance, activity, and thermoregulation. Regardless of one’s perspective, postnatal energetics is most profitably analyzed in terms of an energy budget that depicts the fate of ingested energy (Fig. 13.1).

真实的人

S.P. Sinha Ray,Achiransu Acharyyahallow depression of body temperature to 30–38°C, and ., in which body temperature ranges between 4°C to 30°C. Nocturnal hypothermia does not include the normal, sleep-related reduction of body temperature.